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A mini framework to implementauto-evaluated exercises in notebooks

Project description

# nbautoeval

nbautoeval is a very lightweight python framework for creating auto-evaluated exercises inside a jupyter (python) notebook.

Given a text that describes the expectations, students are invited to write their own code, and can then see the outcome on teacher-defined data samples, compared with the results obtained through a teacher-provided solution, with a visual feedback.

At this point, due to lack of knowledge/documentation about open/edx (read: the version running at FUN), there is no available code for exporting the results as grades or anything similar (hence the autoeval name).

There indeed are provisions in the code to accumulate statistics on all attempted corrections, as an attempt to provide feedback to teachers.

# Try it on mybinder

Click the badge below to see a few sample demos under - it’s all in the demo-notebooks subdir.


# History

This was initially embedded into a [MOOC on python2]( that ran for the first time on [the French FUN platform]( in Fall 2014. It was then duplicated into a [MOOC on bioinformatics]( in Spring 2016 where it was named nbautoeval for the first time, but still embedded in a greater git module.

The current git repo is created in June 2016 from that basis, with the intention to be used as a submodule from these 2 repos, and possibly others since a few people have proved interested.

# Requirements

Target currently is any python-based notebook running on jupyter-v4. It is not quite clear at this moment which version(s) specifically will work smoothly with nbautoeval, but in essence there is very little dependency to the jupyter version.

It was initially written in python2 but should be oblivious to a change of version to python3.

# Installation

Initially, nbautoeval was used in MOOC courses, that in turn were implemented as git repos; in this context nbautoeval was simply injected in this code using git subtree.

It is now also available at pypi

` pip install nbautoeval `

# Overview

In this early stage the framework supports the following types of exercises
  • ExerciseFunction : the student is asked to write a function
  • ExerciseRegexp : the student is asked to write a regular expression
  • ExerciseClass : tests will happen on a class implementation

A teacher who wishes to implement an exercise needs to write 2 parts :

  • One python file that defines an instance of an exercise class. This in a nutshell typically involves * providing one solution (let’s say a function) written in python * providing a set of input data * plus optionnally various tweaks for rendering the results
  • One notebook that imports this exercise object, and can then take advantage of it to write jupyter cells that typically * invoke example on the exercise object to show examples of the expected output * invite the student to write their own code * invoke correction on the exercise object to display the outcome.

# Known issues

  • there remains some hard-wired labels in French
  • the regexp-based exercises come in too many variants and are thus not very well tested

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